The picture above is a metaphor for our contracting society in an era of declining nonrenewable energy. What is the emergy basis of an electric bike powered by a solar power battery that the bike and rider tows? How do we use technology while our horizons of available yet marginal net energy recede? The award-winning bike/solar bob is touted as every environmentalist’s dream, where I can have my cake and eat it too. If I tow a solar panel behind my electric bike, I can boost my power and range to go longer distances at higher speeds. I can even charge electronics and power LED lights. What Is the true value to society of the electric panel towed behind on a bob, and is it worth it? Is the time we save worth the expenditures of energy? Can high-tech boosters augment or be layered on top of human-powered technology in a lower energy world? How much tech is too much? In our struggle to extract usable energy from the surrounding environment to maintain our society based on high-quality fossil fuels, our highly transformed society uses energies of varying qualities in substitution for each other, without an understanding of the Transformity involved in different types of energy. Continue reading A highly transformed society
This post is about the hopeful idea that technology is going to save us from having to adapt to descent. A recent article describes an episode of geopiracy to geoengineer the ocean, so we’re back at climate again, since this example provides particular insights and illustrations into our blindspots about the limits to growth and the limits of technology. Almost all environmental articles now mention climate, whether it is warranted in the discussion or not, so it is hard to avoid the topic. We are shoehorning every environmental problem into the same size small shoe of solutions. Is it lack of ecoliteracy? I also continue to beat this drum because one of Odum’s great concerns was that misunderstandings about the interconnected nature of our problems would lead to geoengineering of the planet. He recognized the hazards of industrial scale manipulation of the biosphere, and the danger of relying on the industrial machine for fixes.
Climate change is a situation where we have fastened on a subset of the real problem, which is population and economic growth. So we immediately frame the solution set in an even smaller space, which is geoengineering, or financial wizardry, or some other narrow solution to the wrong problem that benefits only a few, and further damages the environment. We have trained our minds to focus and analyze, thus we anxiously narrow our frame of reference when faced with big problems. Einstein said that problems cannot be solved by the level of awareness that created them. He meant seeing the big picture, and avoiding doubling down on behaviors that got us where we are now. Or, in colloquial terms, What how fellow, thou knave, I pray thee let me and my fellow have a haire of the dog that bit us last night. And bitten were we bothe to the braine aright (Drunkard.com, from 1546). The idea that the hair of the dog was a cure dates back to the Greek, who believed that a dog bite would heal more quickly if you ate dog hair. Is technology a hair-of-the-dog cure for our energy bender?